A pressurized tank contains water with some air above it. As shown on figure below. Multi-fluid manometer is used to determine the pressure at the air-water interface If hi= 0.7 m, h= 0.4 m, h3= 0.55 m and ha = 0.85 m. Also, specific gravity of water = 1 and specific gravity of crude oil = 1.8 and specific gravity of mercury = 12.5 and specific gravity of shale oil = %3D %3D 2.5 Determine the absolute pressure at point 5 in Pascal unit. [Given: g= 9.81 m/s? and at mospheric pressure = 101300 Pa] Mercury S.G. 12.5 Water S.G., -1 Crude oil S.G. 18 Shale ol SG. 25

A pressurized tank contains water with some air above it. As shown on figure below. Multi-fluid manometer is used to determine the pressure at the air-water interface If hi= 0.7 m, h= 0.4 m, h3= 0.55 m and ha = 0.85 m. Also, specific gravity of water = 1 and specific gravity of crude oil = 1.8 and specific gravity of mercury = 12.5 and specific gravity of shale oil = %3D %3D 2.5 Determine the absolute pressure at point 5 in Pascal unit. [Given: g= 9.81 m/s? and at mospheric pressure = 101300 Pa] Mercury S.G. 12.5 Water S.G., -1 Crude oil S.G. 18 Shale ol SG. 25

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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A pressurized tank contains water with some air above it. As shown on figure below.
Multi-fluid manometer is used to determine the pressure at the air-water interface (
If hi= 0.7 m, hz=0.4 m, h3=D0.55 m and ha = 0.85 m. Also, specific gravity of water = 1 and specific
gravity of crude oil = 1.8 and specific gravity of mercury 12.5 and specific gravity of shale oil =
2.5
Determine the absolute pressure at point 5 in Pascal unit.
[Given: g =9.81 m/s2 and atmospheric pressure 101300 Pa]
Mercury
S.G. 125
Water
S.G. -1
he
Crude oil
S.G. 18
Shale oil
S.G. 25

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